Vertical Flow Intercoole r 27inW x 6inH x 4.5in

The Vertical Flow Intercooler 27inW x 6inH x 4.5in from VIBRANT PERFORMANCE is purpose-built for turbocharged and supercharged engine builders seeking efficient charge-air cooling without sacrificing underhood packaging flexibility. This vertical-orientation core design addresses a critical need in modern performance builds: maintaining lower intake air temperatures while fitting tight engine bay constraints where traditional horizontal-mount intercoolers prove incompatible. Whether you're upgrading a factory turbo platform or engineering a custom forced-induction installation, this compact unit delivers the thermal management required to prevent detonation and maximize boost efficiency.

Built to VIBRANT PERFORMANCE's industry-standard aluminum core construction, the 27-inch width accommodates substantial airflow volume while the 6-inch height and 4.5-inch depth provide a space-efficient footprint that fits between frame rails or alongside engine bay obstacles common in mid-engine and rear-mount configurations. The vertical flow design promotes consistent cooling across the entire core face, reducing pressure drop and hot spots that compromise boost response and reliability. At 20.11 lbs, the unit balances durability and heat-transfer capacity with weight savings critical to performance applications where every pound affects acceleration and handling dynamics.

This intercooler benefits tuners, drag racers, and street performance enthusiasts running boost levels from 8 to 25+ psi across a broad range of engine platforms—particularly those with non-traditional mounting points or limited engine bay depth. Compatibility depends on custom piping integration and inlet/outlet sizing; verification with your specific turbo kit, engine block, and boost target is essential before installation. Pair this core with properly sized intake and charge piping, and a quality boost controller to extract consistent power gains while maintaining safe combustion temperatures under sustained high-load conditions.